KULR ONE® AIR (K1A)

K1A 6S3P

K1A 6S3P

Cell Capacity

5 AH

Cell Nominal Voltage

3.6 V

Cell Configuration

6S3P
Minimum Voltage
15 V
Nominal Voltage
21.6 V
Maximum Voltage
25.2 V
Capacity

15 AH

Energy
324 Wh
Nominal Discharge Current
70 A
Pulse/Peak Discharge Current
150 A (10 s)
Nominal Charge Current
20 A
Max Charge Current
30 A
Power Connector Style
XT-90S
Sense Line Connector

JST-XH-7P

Pack Energy Density
245.5 Wh / kg

Cell Capacity

6 AH

Cell Nominal Voltage

3.6 V

Cell Configuration

6S3P
Minimum Voltage

15 V

Nominal Voltage
21.6 V
Maximum Voltage
25.2 V
Capacity
18 AH
Energy
388.8 Wh
Max Sustained Discharge Current
54 A
Max Pulse Discharge Current
90 A (10 s)
Max Charge Current
18 A
Power Connector Style
XT90
Sense Line Connector
JST-XH-7P
Pack Energy Density
294.5 Wh / kg
Pack Volumetric Energy Density
574.8 Wh / L

Cell Capacity

5 AH

Cell Nominal Voltage

3.6 V

Cell Configuration

6S3P
Minimum Voltage
15 V
Nominal Voltage
21.6 V
Maximum Voltage
25.2 V
Capacity
18 AH
Energy
388.8 Wh
Max Sustained Discharge Current
84 A
Max Pulse Discharge Current
160 A (10 s)
Max Charge Current

18 A

Power Connector Style
XT90
Sense Line Connector
JST-XH-7P
Pack Energy Density
294.5 Wh / kg
Pack Volumetric Energy Density
574.8 Wh / L
The KULR ONE® Air (K1A) is custom-built for UAV/UAM applications, featuring a compact, scalable architecture with lightweight housing optimized for flight performance. Through efficient manufacturing and NASA-standard engineering, the K1A delivers exceptional performance at competitive pricing.

Product Description

The KULR ONE® Air (K1A) is an advanced lithium-ion battery system engineered for UAV/UAM applications. Built on our high-volume production line with cutting-edge automation, the K1A delivers premium performance at competitive pricing.

The K1A features a compact, scalable architecture with lightweight housing optimized for flight performance. Reliable connectors ensure seamless operation across diverse missions.

At KULR, safety is the first principle of our engineering. Through efficient manufacturing and NASA-standard engineering, the K1A combines exceptional energy density with cost efficacy.

Drawing from our 40-year legacy in aerospace, space, and defense applications, KULR brings a unique perspective to drone battery engineering. Led by veterans from NASA, we take the proven principles of space-ready engineering, where safety and reliability are non-negotiable, and apply them to create superior drone batteries.

Our space and defense heritage means we begin with the most rigorous safety standards and engineering practices, then adapt these proven methodologies for UAV/UAM applications. This top-down approach ensures that every K1A battery benefits from decades of mission-critical experience, delivering the reliability and performance that serious UAV operators demand.

Experience advanced drone power that’s both cutting-edge and affordable.

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Key Features

Add-Ons and Modifications

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